System and method for determining presence based on an attribute of an electronic message

ABSTRACT

Systems and methods are provided for determining a presence of an electronic message recipient based on an attribute of the electronic message, such as the content and/or context of the electronic message. The systems and methods can include acquiring, at a server, an electronic message from a sender, and determining an attribute of the electronic message. Based on the determined attribute, the server assigns an urgency level to the electronic message, which corresponds to a response time period. The server then monitors the recipient&#39;s device for a response to the electronic message, and to collect monitoring data about activity performed by the recipient on the device, or the environment surrounding the device. If the recipient does not respond within the response time period the server informs the sender a presence status of the recipient based on the monitoring data.

FIELD

The present disclosure generally relates to determining a presencestatus of a recipient of an electronic message.

BACKGROUND

Electronic messaging, such as text messaging, emails, chat messages,Short Message Service (SMS) messages, or voicemail, have become verypopular and have replaced many live voice conversations betweenindividuals. Many people use text-based electronic messaging even whenthey need a prompt response, even though the sender usually does notknow whether the recipient is present at their electronic messagingdevice, and may not even know when the recipient will see the electronicmessage. Some electronic messaging systems indicate whether system usersare idle or “away” (unavailable), based on a predetermined length ofinactivity on the messaging device, a status manually set by the user,or based on the recipient's schedule or calendar appointments.

In some situations, electronic message senders desire to know whetherrecipients are present, as some electronic messages carry a higher senseof urgency or importance, and the sender expects a prompt response. Adrawback of the current electronic messaging systems is that the sendermay not have any indication of the recipient's presence because eitherthe messaging systems do not provide a status, or because thepredetermined idle time has not yet expired. Additionally, when arecipient views an electronic message but chooses to ignore theelectronic message and not interact with the messaging device, wherebythe sender may falsely believe that the recipient is not present.

An improved method and system for providing electronic message recipientpresence statuses is desired.

SUMMARY

Disclosed embodiments provide systems and methods for determining apresence of an electronic message recipient based on an attribute of theelectronic message.

Consistent with a disclosed embodiment, a method for determining apresence status of an electronic message recipient is provided. Themethod is performed by at least one processor and comprises acquiring anelectronic message from a sender, determining an attribute of theelectronic message, assigning an urgency level based on the determinedattribute of the electronic message, providing the electronic messagefor delivery to a receiving device associated with the recipient,monitoring activity of the receiving device after the electronic messageis delivered, and determining a presence status of the recipient basedon the determined urgency level and the monitored activity.

Consistent with another disclosed embodiment, a system for determining apresence status of an electronic message recipient is provided. Thesystem comprises one or more memories having stored thereoncomputer-executable instructions; and one or more processors configuredto execute the stored instructions. The one or more processors areconfigured to acquire an electronic message from a sender, determine anattribute of the electronic message, assign an urgency level based onthe determined attribute of the electronic message, provide theelectronic message for delivery to a receiving device associated withthe recipient, monitor activity of the receiving device after theelectronic message is delivered, and determine a presence status of therecipient based on the determined urgency level and the monitoredactivity.

Consistent with other disclosed embodiments, non-transitorycomputer-readable storage media can store program instructions, whichare executed by at least one processor device and perform any of themethods described herein.

The foregoing general description and the following detailed descriptionare explanatory only and are not restrictive of the claims.

BRIEF DESCRIPTION OF THE DRAWINGS

The accompanying drawings, which are incorporated in and constitute apart of this disclosure, illustrate several embodiments and, togetherwith the description, serve to explain the disclosed principles. In thedrawings:

FIG. 1 is a diagram of a system for determining presence based on anattribute of an electronic message, consistent with the disclosedembodiments.

FIG. 2 is a diagram of an example of a server, consistent with thedisclosed embodiments.

FIG. 3 is a component diagram of an example of an electronic messagedevice, consistent with the disclosed embodiments.

FIGS. 4A-4E are flowcharts of an example of a method for determiningpresence based on an attribute of an electronic message, consistent withthe disclosed embodiments.

DESCRIPTION OF THE EMBODIMENTS

The disclosed embodiments concern determining a presence of anelectronic message recipient using a response time period determinedbased at least in part on an attribute of the electronic message,including the content and/or context of the electronic message. In oneembodiment, an electronic messaging server analyzes an attribute of theelectronic message and monitors the response time of the user. Theresponse time is determined, in some embodiments, based on an attributesuch as the content and/or context of the electronic message. Thus, anelectronic message that explicitly requests a quick response, orcontains an electronic message with an urgent context, causes the serverto set a shorter response time for determining whether the recipient ispresent. If the recipient's response time exceeds a particular thresholdassociated with the determined attribute, the presence status of theuser is set as unavailable and communicated to the sender.

In some embodiments, presence status is also determined based onactivities other than the recipient responding to the electronicmessage. For example, the server can monitor the recipient's activitiesother than directly responding to the electronic message, such ascontacting a third party (e.g., calling 911) when the electronic messagerelates to an emergency.

For purposes of explanation, the method steps are described herein asperformed by an electronic messaging server, but in some embodiments themethod steps are performed by a sender's electronic messaging device, arecipient's electronic messaging device, or distributed among theelectronic messaging devices and electronic messaging server.

Other features and advantages of the present embodiments are discussedin further detail below with respect to the figures.

FIG. 1 is a diagram of a system 100 for determining presence based onthe an attribute of an electronic message, consistent with disclosedembodiments. As shown in FIG. 1, system 100 can include senderelectronic messaging device 110, electronic messaging server 120,recipient electronic messaging device 130, network 140, and database150. A user such as sender 112 operates sender electronic messagingdevice 110, and a different user such as recipient 114 operatesrecipient electronic messaging device 130. The components andarrangements shown in FIG. 1 are not intended to limit the disclosedembodiments, as the system components used to implement the disclosedprocesses and features can vary.

Sender electronic messaging device 110 and recipient electronicmessaging device 130 are computerized devices having at least dataentry, data transmission, and data display capabilities. In someembodiments, one or more of sender electronic messaging device 110 andrecipient electronic messaging device 130 are electronic devices suchas, for example, smartphones, Personal Digital Assistants (PDAs),general purpose or notebook computers, mobile devices with computingability, tablets, wearable devices such as Google Glass™ or smartwatches, or any combination of these computers and/or affiliatedcomponents.

Electronic messaging server 120 (further described below) can be acomputer-based system including computer system components, desktopcomputers, workstations, tablets, hand held computing devices, memorydevices, and/or internal network(s) connecting electronic messagingserver 120 components.

In some embodiments, system 100 components can communicate via network140. Network 140 comprises any type of computer networking arrangementused to exchange data. For example, network 140 can be the Internet, aprivate data network, virtual private network using a public network, asatellite link, and/or other suitable connection(s) that enables system100 to send and receive information between the components of system100. Network 140 can also include a public switched telephone network(“PSTN”) and/or a wireless network such as a cellular network, Wi-Finetwork, or other known wireless network capable of bidirectional datatransmission.

In some embodiments, one or more system 100 components can communicatedirectly with one another via a direct wired or wireless link. Suchembodiments can also include a small-scale wired or wireless network(not shown in figure) such as a short range wireless network includingBluetooth™ or Wi-Fi, or a Local Area Network (LAN) or Wireless LocalArea Network (WLAN). For example, sender electronic messaging device 110can communicate with electronic messaging server 120 via a short-rangeBluetooth™, rather than through the large-scale network 140. It isappreciated that different forms of sender electronic messaging device110 and recipient electronic messaging device 130 can communicate withelectronic messaging server 120 via one or more of the above-describedcommunication schemes depending on the capabilities of the electronicmessage device, the configuration of the electronic messaging device110, and the availability of network 140 in the vicinity of therespective device.

Database 150 can include one or more physical or virtual storages incommunication with electronic messaging server 120. In some embodiments,database 150 stores data used in conjunction with the methods disclosedherein, including data generated by sender electronic messaging device110, recipient electronic messaging device 130, and/or electronicmessaging server 120. For example, database 150 can store one or morepreferences, limits, thresholds, tables, associative arrays, and/oralgorithms for determining an attribute such as a content and/or contextof an electronic message, as well as data used by electronic messagingserver 120 for assigning an urgency or priority level to the electronicmessage based on the determined attribute. In some embodiments, database150 stores data associated with one or more presence status indications,such as a textual message, an image or graphic, or a sound, forproviding to sender electronic messaging device 110 after determining apresence status of recipient 114. In some embodiments, database 150stores a portion or an entirety of a received electronic message, aswell as past electronic messages, for use by electronic messaging server120 for functions such as improving one or more algorithms or techniquesfor determining an attribute of an electronic message, assigning anurgency to the electronic message, monitoring a recipient, determining apresence status, and/or providing a presence status indication.

In some embodiments, sender 112 assigns an urgency to the electronicmessage, by for example flagging or marking the electronic communicationas urgent requiring prompt attention or response from recipient 114. Inother example embodiments, an attribute of the electronic message isdetermined by aggregating a plurality of diverse contextual datarelating to sender 112 to produce an electronic message urgencyassignment. For example, sender 112 may be in a location where it isknown by the electronic messaging server 120, from data available toelectronic messaging server 120 via network 140 or sender electronicmessaging device 110, that a crisis situation is occurring that affectsthe attribute of the electronic message. For instance, sender 112 may bestuck in his car on the freeway and electronic messaging server 120 isaware of a major accident that has cause multi-lane blockage ahead thathas brought traffic to a standstill. With the availability of contextinformation from sender 112's calendaring system, electronic messagingserver 120 is aware that sender 112 is en route to attend an importantmeeting. Electronic messaging server 120 is also aware that recipient114 of the electronic message composed by sender 112 is the organizer ofthe meeting for which sender 112 is likely to be late. With thisaggregated context information, electronic messaging server 120 assignsan attribute indicative of the urgency of the electronic message torecipient 114.

The electronic message attribute may be determined based upon therelationship of sender 112 to recipient 114, which assessment may alsotake into account the mode of communication being used. For example,electronic messaging server 120 may have access to directoryinformation, such as through LDAP integration with an organization'sActive Directory database, and from this electronic messaging server 120can detect that recipient 112 is a direct report to sender 114 withinthe organization and therefore the urgency of the electronic messageshould be elevated. If sender 112 is furthermore using a mode ofcommunication that implies a higher level of priority, such as atelephone communication versus an e-mail communication, electronicmessaging server 120 can assess the electronic message to be of a highpriority for the benefit of recipient 114 whose manager (e.g., sender112) is calling on the phone. Similarly, other context informationrelating to either sender 112 or recipient 114, such as location (forexample electronic message being generated by a recipient at ahospital), biometric information, or the like can be taken intoconsideration in order to determine an attribute of the electronicmessage.

FIG. 2 shows a diagram of an example of electronic messaging server 120,consistent with the disclosed embodiments. As shown, electronicmessaging server 120 can include one or more processors 210,input/output (“I/O”) devices 250, and one or more memories 220 storingprograms 230 including, for example, server app(s) 232, operating system234, and storing data 240, and can communicate with a database 150(which can be internal to or external from electronic messaging server120). Electronic messaging server 120 can be a single server or can beconfigured as a distributed computer system including multiple serversor computers that interoperate to perform one or more of the processesand functionalities associated with the disclosed embodiments.

Processor 210 can be one or more processing devices configured toperform functions of the disclosed methods, such as one or more singlecore or multiple core processors executing parallel processessimultaneously. For example, processor 210 can be a single coreprocessor configured with virtual processing technologies. In certainembodiments, processor 210 uses logical processors to simultaneouslyexecute and control multiple processes. Processor 210 can implementvirtual machine technologies, or other known technologies to provide theability to execute, control, run, manipulate, store, etc. multiplesoftware processes, applications, programs, etc. In another embodiment,processor 210 includes a multiple-core processor arrangement (e.g.,dual, quad core, etc.) configured to provide parallel processingfunctionalities to allow electronic messaging server 120 to executemultiple processes simultaneously. In some embodiments, electronicmessaging server 120 includes one or more specialized hardware,software, and/or firmware modules (not shown in figure) speciallyconfigured with particular circuitry, instructions, algorithms, and/ordata to perform functions of the disclosed methods including, forexample, determining an attribute of an acquired electronic message,assign an urgency level to the received electronic message, receivemonitoring data from a recipient electronic messaging device, analyzethe received monitoring data to determine a presence status of arecipient, and provide an indication of the recipient's presence statusto a sender electronic messaging device. Such hardware, software, and/orfirmware modules can form a portion of processor 210. It is appreciatedthat other types of processor arrangements could be implemented thatprovide for the capabilities disclosed herein.

Memory 220 can be a volatile or non-volatile, magnetic, semiconductor,tape, optical, removable, non-removable, or other type of storage deviceor tangible and/or non-transitory computer-readable medium that storesone or more executable program(s) 230 such as server apps 232 andoperating system 234, and data 240. Common forms of non-transitory mediainclude, for example, a flash drive, a flexible disk, hard disk, solidstate drive, magnetic tape, or any other magnetic data storage medium, aCD-ROM, any other optical data storage medium, any physical medium withpatterns of holes, a RAM, a PROM, and EPROM, a FLASH-EPROM or any otherflash memory, NVRAM, a cache, a register, any other memory chip orcartridge, and networked versions of the same.

Electronic messaging server 120 includes one or more storage devicesconfigured to store information used by processor 210 (or othercomponents) to perform certain functions related to the disclosedembodiments. For example, electronic messaging server 120 can includememory 220 that includes instructions to enable processor 210 to executeone or more applications, such as server applications 232, operatingsystem 234, and any other type of application or software known to beavailable on computer systems. Alternatively or additionally, theinstructions, application programs, etc. can be stored in an internaldatabase 150 or external storage (e.g. cloud storage system) in directcommunication with electronic messaging server 120 (not shown), such asone or more database or memory accessible over network 140. Database 150or other external storage can be a volatile or non-volatile, magnetic,semiconductor, tape, optical, removable, non-removable, or other type ofstorage device or tangible and/or non-transitory computer-readablemedium. Memory 220 and database 150 can include one or more memorydevices that store data and instructions used to perform one or morefeatures of the disclosed embodiments. Memory 220 and database 150 canalso include any combination of one or more databases controlled bymemory controller devices (e.g., server(s), etc.) or software, such asdocument management systems, Microsoft SQL databases, Share Pointdatabases, Oracle™ databases, Sybase™ databases, or other relationaldatabases.

In some embodiments, electronic messaging server 120 is communicativelyconnected to one or more remote memory devices (e.g., remote databases(not shown)) through network 140 or a different network. The remotememory devices can be configured to store information that electronicmessaging server 120 can access and/or manage. By way of example, theremote memory devices could be document management systems, MicrosoftSQL database, SharePoint databases, Oracle™ databases, Sybase™databases, or other relational databases. Systems and methods consistentwith disclosed embodiments, however, are not limited to separatedatabases or even to the use of a database.

Programs 230 include one or more software or firmware modules causingprocessor 210 to perform one or more functions of the disclosedembodiments. Moreover, processor 210 can execute one or more programslocated remotely from account information display system 100. Forexample, electronic messaging server 120 can access one or more remoteprograms that, when executed, perform functions related to disclosedembodiments. In some embodiments, programs 230 stored in memory 220 andexecuted by processor(s) 210 can include one or more server app(s) 232and operating system 234.

Server app(s) 232 cause processor 210 to perform one or more functionsof the disclosed methods. For example, server app(s) 232 cause processor210 to acquire an electronic message transmitted from sender electronicmessaging device 110, determine an attribute of the electronic message,assign an urgency to the electronic message, provide the electronicmessage for delivery to a recipient electronic messaging device 130,monitor the recipient electronic messaging device 130, determine apresence of a recipient 114, and provide a presence status indication ofthe recipient 114 to the electronic message sender 112 via the senderelectronic messaging device 110. Server app(s) 232 can includeadditional or fewer functions based on the configuration of system 100.In some embodiments other components of system 100 are configured toperform one or more functions of the disclosed methods. For example,sender electronic messaging device 130 can determine an attribute of anelectronic message and assign an urgency level prior to sending theelectronic message to electronic messaging server 120 and/or recipientelectronic messaging device 130.

In some embodiments, program(s) 230 include operating systems 234 thatperform known operating system functions when executed by one or moreprocessors such as processor 210. By way of example, operating systems234 include Microsoft Windows™, Unix™, Linux™, Apple™ operating systems,Personal Digital Assistant (PDA) type operating systems, such asMicrosoft CE™, or other types of operating systems 234. Accordingly,disclosed embodiments can operate and function with computer systemsrunning any type of operating system 234. Electronic messaging server120 can also include communication software that, when executed by aprocessor, provides communications with network 140 and/or a directconnection to one or more of sender electronic messaging device 110 andrecipient electronic messaging device 130.

In some embodiments, data 240 includes, for example, contact informationfor an electronic message sender 112 and recipient 114, data correlatingurgency levels with response time periods, and one or more tables, rulesets, algorithms, and/or associative arrays for correlating urgencylevels with response time periods, and correlating activity andenvironmental data with presence statuses.

Electronic messaging server 120 can also include one or more I/O devices250 having one or more interfaces for receiving signals or input fromdevices and providing signals or output to one or more devices thatallow data to be received and/or transmitted by electronic messagingserver 120. For example, electronic messaging server 120 can includeinterface components for interfacing with one or more input devices,such as one or more keyboards, mouse devices, and the like, that enableelectronic messaging server 120 to receive input from an operator oradministrator (not shown).

FIG. 3 is a component diagram of a sender electronic messaging device110. Recipient electronic messaging device 130 may have the samecomponent configuration as sender electronic messaging device 110, oralternate component configurations. As shown, sender electronicmessaging device 110 may include a display 310, input/output (“I/O”)devices 320, one or more sensor 325, at least one processor 330, memory340 having stored thereon one or more programs 350 and data 360, and anantenna 370.

Display 310 includes one or more devices for displaying information,including but not limited to, liquid crystal displays (LCD), lightemitting diode (LED) screens, organic light emitting diode (OLED)screens, and other known display devices.

I/O devices 320 include one or more devices that allow electronicmessaging device 110 to send and receive information. I/O devices 320may include, for example, a keyboard, buttons, switches, and/or atouchscreen panel, integrated with display 310 in some embodiments. I/Odevices 320 may also include one or more communication modules (notshown) for sending and receiving information via antenna 370 from othercomponents in system 100 by, for example, establishing wired or wirelessconnectivity between sender electronic messaging device 110 to network140, by establishing direct wired or wireless connections between senderelectronic messaging device 110 and electronic messaging server 120, orbetween sender electronic messaging device 110 and recipient electronicmessaging device 130. Direct connections may include, for example,Bluetooth™, Bluetooth LE™, WiFi, near field communications (NFC), orother known communication methods which provide a medium fortransmitting data between separate devices.

Sensor(s) 325 include one or more devices for collecting data aboutsender electronic messaging device 110 and the environment surroundingsender electronic messaging device 110 such as, for example, a GlobalPositioning System (GPS) sensor, an ambient light sensor, an orientationsensor, an accelerometer, an altitude sensor, and other sensorsindicative of the device and its surroundings.

Processor(s) 330 include one or more known computing devices, such asthose described with respect to processor 210 in FIG. 2.

Memory 340 includes a volatile or non-volatile, magnetic, semiconductor,tape, optical, removable, non-removable, or other type of storage deviceor tangible and/or non-transitory computer-readable medium that storesone or more executable program(s) 350, such as messaging app 352, anddata 360. Data 360 can include, for example, sender 112's personalinformation, account information, and display and messaging settings andpreferences.

In some embodiments, program(s) 350 include operating systems (notshown) that perform known operating system functions when executed byone or more processors. By way of example, the operating systems mayinclude Microsoft Windows™, Unix™, Linux™, Apple™ operating systems,Personal Digital Assistant (PDA) type operating systems, such asMicrosoft CE™, or other types of operating systems. Accordingly,disclosed embodiments may operate and function with computer systemsrunning any type of operating system. Sender electronic messaging device110 may also include communication software that, when executed by aprocessor, provides communications with network 140, such as Web browsersoftware, tablet, or smart hand held device networking software, etc.Sender electronic messaging device 110 may be a device that executesmobile applications for performing operations consistent with disclosedembodiments, such as a tablet or mobile device.

Program(s) 350 also includes messaging app(s) 352, such as an emailclient, instant electronic message, and/or Short Messaging Service (SMS)app, which when executed causes sender electronic messaging device 110to perform processes related to generating and transmitting anelectronic message from sender 112 to recipient 114. For example,messaging app(s) 352 can configure sender electronic messaging device110 to perform operations including: generating and displaying a userinterface for creating and sending an electronic message; receivinginput from sender 112 via I/O devices 320 and processing the receivedinput to create the electronic message; sending the electronic message;receiving a presence status indicator; and providing the presence statusindicator. In some embodiments, messaging apps 352 can also configuresender electronic messaging device 110 to determine an attribute of theelectronic message, such as a content and/or context of the electronicmessage, and assign an urgency level to the electronic message. In someembodiments, messaging app(s) 352 can configure recipient electronicmessaging device 130 to perform operations including: generating anddisplaying a user interface responsive to a received electronic message;monitor and providing activity and environmental data to electronicmessaging server 120; receiving input associated with a response to theelectronic message; and transmitting the response. In some embodiments,messaging apps 352 can also configure recipient electronic messagingdevice 130 to analyze monitored activity and environmental data todetermine a presence status of recipient 114, and provide a presencestatus indicator to electronic messaging server 120 and/or senderelectronic messaging device 110.

FIGS. 4A-4E are flowcharts of an example of a method 400 for determiningpresence based on an attribute of an electronic message, consistent withthe disclosed embodiments. It is appreciated that one or more processorsof electronic messaging server 120, such as processor 210, can performmethod 400. In some embodiments, one or more devices other thanelectronic messaging server 120 can perform one or more steps of method400, such as, for example, sender electronic messaging device 110 and/orrecipient electronic messaging device 130.

As shown in FIG. 4A, method 400 can begin in step 410, when electronicmessaging server 120 acquires an electronic message transmitted fromsender 112's electronic messaging device 110. The electronic message mayoriginate from sender electronic messaging device 110 in response toinput from sender 112, and electronic messaging server 120 can interceptor receive the electronic message before recipient electronic messagingdevice 130 receives the electronic message.

In step 420, electronic messaging server 120 can determine an attributeof the acquired electronic message. In some embodiments, the attributeincludes the content and/or a context of the acquired electronicmessage. In some embodiments, the electronic message “content”comprises, for example, the characters, letters, symbols, numbers,words, and phrases in the body of the electronic message, and the“context” comprises, for example, one or more circumstances orinferences associated with one or more words or numbers included in thebody of the electronic message. In some embodiments, content alsoincludes a subject line or heading of the electronic message. Electronicmessaging server 120 can determine the content of the electronic messageby analyzing at least one of the characters, symbols, words, numbergroups, and word and number strings in the electronic message. In someembodiments, processor 210 can also determine the definitions of wordsin the acquired electronic message. In some embodiments, electronicmessaging server 120 can determine the context of the acquiredelectronic message by parsing the content and analyzing meanings ofwords, phrases, symbols, and/or numbers in the electronic message fordetermining the context. For example, electronic messaging server 120can determine that an electronic message might require a prompt responsewhen the electronic message includes the phrase “right away,” in closeproximity to the terms “respond,” “reply,” “answer,” “decision,” etc.

In step 430, electronic messaging server 120 can assign an urgency tothe electronic message, such as a quantitative or qualitative urgencyindex level, based at least in part on the determined attribute of theacquired electronic message.

In some embodiments, processor 330 of sender electronic messaging device110 can perform one or more of steps 410-430, prior to providing theelectronic message for delivery to recipient electronic messaging device130.

In step 440, electronic messaging server 120 provides the electronicmessage for delivery to recipient electronic messaging device 130. Insome embodiments, recipient electronic messaging device 130 receives thedelivered electronic message directly from sender electronic messagingdevice 110 through a direct link. In such embodiments, processor 330 ofsender electronic messaging device 110 can perform one or more of steps410-430, and processor 330 of recipient electronic messaging device 130can perform one or more of steps 410-430. In other embodiments,electronic messaging server 120 can provide the electronic message fordelivery to recipient electronic messaging device 130 directly or viaone or more intermediary devices.

In step 450, electronic messaging server 120 monitors the presence ofrecipient 114, by monitoring activity and/or environmental dataassociated with recipient electronic messaging device 130.

In step 460, electronic messaging server 120 determines a presencestatus of recipient 114, based on the monitored data. In someembodiments, processor 330 of recipient electronic messaging device 130can determine the presence status internally, and transmit thedetermined status (step 470) to electronic messaging server 120 and/orsender electronic messaging device 110. In some embodiments, senderelectronic messaging device 110 can determine a presence status ofrecipient 114, by receiving and analyzing the monitored data.

In some embodiments, steps 420, 430, 450, and/or 460 can be performedusing one or more modules, which can be packaged functional hardwareunits designed for use with other components or a part of a program,such as server applications 232, that performs a particular function,corresponding to the particular step, of related functions.

In step 470, electronic messaging server 120 provides the determinedpresence status indication to sender electronic messaging device 110,for presentation to sender 112. In some embodiments, presence statusindications may include a simple binary visual indicator of whether therecipient is determined to be “present” or “not present.” In otherembodiments, presence status indicators may include additionalinformation, such contextual information about the recipient based onactivity and environmental data collected about recipient electronicmessaging device 130. For example, if recipient electronic messagingdevice 130 is moving quickly and recipient 114 is not interacting withrecipient electronic messaging device 130 (or only interacting via handsfree accessories), a presence status indicator can inform sender 112that recipient 114 is likely traveling in a car or vehicle. As anotherexample, if recipient electronic messaging device 130 does not receiveany input from recipient 114 in response to a plurality of incomingmessages during a period of time, a presence status indicator can informsender 112 that recipient is likely busy or travelling. Senderelectronic messaging device 110 receives the presence status indication(not shown in figure), and convey recipient 114's presence status tosender 112, such as by providing a visual indicator, an audibleindicator, a combination of visual and audible indicators, or any othersuitable method for indicating presence status.

FIG. 4B is a flowchart illustrating substeps that electronic messagingserver 120 can perform in conjunction with determining an attribute(step 420). As shown, determining an attribute (step 420) can includedetermining a content and/or context of the acquired electronic message,by analyzing letters, numbers, and/or symbols (step 422), analyzingwords and/or number groups (step 424), and analyzing strings of wordsand/or numbers (step 426). It is to be understood that the steps can beperformed in a different order than depicted in FIG. 4B, such asanalyzing strings of words and/or numbers (step 426) first, followed byanalyzing words and/or number groups (step 424) and then analyzingletters, numbers, and/or symbols (step 422). At the completion of step420, method 400 can proceed to step 430.

As previously discussed, a “content” of the electronic message comprisesat least one of the characters, symbols, words, number groups, and wordand number strings identified in the electronic message. In someembodiments, the electronic message can include images, audio, and videodata. In such embodiments, the electronic message content can alsoinclude spoken words and messages of the audio data, identifiable soundsof the audio data, and objects or words identified in the video andimage data. In some embodiments the electronic message content can alsoinclude one or more definitions of words in the acquired electronicmessage. A “context” of the electronic message can include one or moredetermined circumstances or inferences associated with the identifiedcontent of the electronic message. Thus, electronic messaging server 120can determine a content of the electronic message and determine at leastone context of the electronic message based at least in part on thedetermined content.

In some embodiments, electronic messaging server 120 uses one or moreavailable character and character group recognition algorithms (eitherknown or later developed algorithms) to determine a content of theacquired electronic message. Processor 210 can employ one or more of arules-based analysis, lookup tables, associative arrays, learningmachine algorithms, or any other suitable analysis techniques fordetermining a context of the electronic message. Electronic messagingserver 120 can store algorithms and/or data used in conjunction with thesubsteps in FIG. 4B in database 150, as data 240 in memory 220, or asdata 360 in memory 340 of at least one of electronic messaging devices110 or 130.

In step 422, electronic messaging server 120 identifies and analyzes thecharacters of the written electronic message, such as alphanumericcharacters including letters and numbers, and/or symbols. Electronicmessaging server 120 identifies the literal content of each character,and analyzes the content to determine any contextual aspects associatedwith the characters. For example, although the letter “a” by itself maynot have a significant meaning, the symbol “!” is indicative of anexcited statement and possibly a sense of urgency. Additionally, thecharacter “?” indicates that sender 112 is questioning recipient 114,and likely expects a response, and thus indicates that the electronicmessage probably has a higher level of urgency than an electronicmessage with no questions. In some embodiments, the electronic messagecontent also includes typographical errors recognized as misplacedpunctuation. For example, electronic messaging server 120 can identifyand flag erroneous periods, commas, apostrophe's, etc., located in themiddle of a word (adjacent to two alphanumeric characters), or duplicatepunctuation marks. An electronic message containing multipletypographical, grammatical, and/or spelling errors can indicate thatsender 112 rushed or hurried to compile and send the electronic message,and that the electronic message could have an increased importance orurgency. Thus, electronic messaging server 120 can associate a moreurgent context with an electronic messaging having a significant amountof misplaced punctuation, misplaced punctuation, spelling, andgrammatical errors (discussed below) throughout the electronic message.

In step 424, electronic messaging server 120 identifies and analyzeswords and/or groups of numbers, to recognize particular words or numbersof importance. In some embodiments, electronic messaging server 120 usesone or more known techniques for identifying words and/or number groupsin the acquired electronic message, to identify its literal content.Electronic messaging server 120 can then analyze the identified contentto determine any contextual aspects associated with the words and/ornumber groups. For example, an electronic message may include certaincue words indicative of a context such as a requested response, such as“respond,” “answer,” “response,” “decision,” “reply,” etc., or mayinclude numbers related to a deadline or request, such as “5:00 PM.” Asanother example, an electronic message may include cue words indicativeof urgency, such as “emergency,” “urgent,” “quickly,” “rush,”“immediate,” etc. In some embodiments, electronic messaging server 120,and/or database 150, stores lists of previously identified cue words andnumbers to identify, and server electronic messaging 120 cancontinuously update word and number lists over time to improve systemaccuracy. In some embodiments, the electronic message content alsoincludes typographical errors recognized as misspelled words. Electronicmessaging server 120 can associate a more urgent context with anelectronic message having a significant number of misspelled words (suchas greater than 50% of the electronic message words misspelled). In someembodiments, electronic messaging server 120 can receive historical dataregarding sender 112's average typing accuracy and/or an averageaccuracy for a population, and compare an amount of typographical errorsin the acquired electronic message to the received historical data, todetermine whether the acquired electronic message has an above-averageamount of typographical errors. In step 426, electronic messaging server120 identifies and analyzes strings of words and/or numbers. In someembodiments, electronic messaging server uses one or more knowntechniques for identifying groups or strings of adjacent words and/ornumbers, to identify the literal content of the acquired electronicmessage. Electronic messaging server 120 can then analyze the identifiedcontent to determine any contextual aspects associated with thenumber/word strings. Similar to step 424, processor 210 searches forphrases indicative of urgency or a requested response. For example,electronic messaging server 120 can search the acquired electronicmessage for cue phrases, such as “respond by 5:00 PM,” or “call 911.” Insome situations, for example, electronic messaging server 120 maydetermine that a cue word identified in step 424 does not convey urgencyin step 426. For example, although electronic messaging server 120 mayidentify the word “rush” in an electronic message in step 424 as anurgent word, in step 426 electronic messaging server 120 may determinethat the electronic message recites “no rush,” and therefore is not anurgent electronic message. In some embodiments, electronic messagingserver 120 may employ one or more learning algorithms to improve systemaccuracy over time, to reduce the number of false positiveidentifications of urgent electronic messages. In some embodiments, theelectronic message content includes typographical errors recognized asgrammatical errors such as duplicate words, missing words in astructured or semi-structured phrase, and any other detectablegrammatical errors in strings of words and/or numbers. Electronicmessaging server 120 can associate a more urgent context with anelectronic message having a higher-than-average amount of grammaticalerrors, based on a comparison with historical data for sender 112 and/ora population average.

In some embodiments, the acquired electronic message can comprise amultimedia message including one or more of audio, image, or video data,such as a voicemail, video message, or picture message. Electronicmessaging server 120 can analyze the acquired electronic message totranscribe audio data to text, and extract recognizable characters,words, and strings from image and video data. Electronic messagingserver 120 can then analyze transcribed text to ascertain a context ofthe electronic message. In some embodiments, electronic messaging server120 can also compare audio, video, and image data to predefined sounds,images, video clips, volume patterns, luminance patterns, and any otherpredefined reference data associated with one or more contexts. Forexample, electronic messaging server 120 can determine whether avoicemail message includes any audio data indicative of a siren, or adistressed or shouting voice, indicative of an urgent message with anemergency context.

In some embodiments, the determined context of the acquired electronicmessage includes a topic of the electronic message. For example,electronic messaging server 120 can determine one or more topics of theelectronic message based on the analysis of words (step 424) and/orstrings of words (step 426), to identify topic words or phrases.Electronic messaging server 120 can compare the identified words and/orstrings of words to one or more associative arrays that correlatewords/strings with topics, to determine a topic of the electronicmessage such as, for example, “business,” “work,” “family,” “personal.”

In some embodiments, electronic messaging server 120 determines acontext of the acquired electronic message based in part on one or morefactors associated with the acquired electronic message. For example,electronic messaging server 120 can analyze one or more relationshipsbetween sender 112 and recipient 114 (step 421), analyze a history ofurgency indexes of previous electronic messages from sender 112 (step423), and/or analyze other external factors (step 425).

In step 421, electronic messaging server 120 analyzes one or morerelationships existing between sender 112 and recipient 114. Therelationship(s) can be determined, for example, using contactinformation in sender 112's or recipient 114's contact lists. Forexample, electronic messaging server 120 can determine that sender 112is recipient 114's parent, if recipient 114's contact list includes anentry for sender 112 with a label such as “mom.” As another example,electronic messaging server 120 can determine that sender 112 isrecipient 114's manager or supervisor, if a contact list entry forsender 112 includes a managerial job title, and also includes a samecompany that employs recipient 114. In such examples, electronicmessaging server 120 can associate a more urgent message context basedon the preexisting relationship between sender 112 and recipient 114. Insome embodiments, a preexisting relationship can be determined based onthe electronic message content. For example, if sender 112 signs amessage “Mom,” or addresses the message as “Dear Son,” electronicmessaging server 120 can infer that sender 112 and recipient 114 arerelated as mother and son. In some embodiments, electronic messagingserver 120 can infer a close preexisting relationship when either sender112 or recipient 114 appears within a “favorites” subset of the other'scontact lists.

In some embodiments, electronic messaging server 120 combines one ormore factors to determine a context, such as by combining a relationshipbetween sender 112 and recipient 114 with a context of the message wordsand/or word strings. For example, if sender 112 is the father of a childand sends an electronic message to recipient 114 who is the mother ofthe child, the known relationship of the sender to the recipient can beused along with a context of the electronic message content to determinewhether the electronic message has an emergency or important context.

In some embodiments, electronic messaging server 120 can use adetermined relationship between sender 112 and recipient 114 todetermine a topic of the acquired electronic message. For example, ifelectronic messaging server 120 determines that sender 112 and recipient114 are related as parent and child, electronic messaging server 120 candetermine that the electronic message topic is likely a personal messagerelated to family matters. As another example, if electronic messagingserver 120 determines that sender 112 and recipient 114 are related asemployee and supervisor, then electronic messaging server 120 candetermine that the electronic message topic is likely business-related.

In step 423, electronic messaging server 120 can analyze one or moreurgency levels associated with previous electronic messages acquiredfrom sender 112. Electronic messaging server 120 can determine whetherany statistical trend exists in sender 112's previous messages, whichmay indicate a probability that the current acquired electronic messageis urgent or not urgent. For example, if previous electronic messagesfrom sender 112 are generally high urgency messages, such as emergencymessages or those requesting an immediate reply, electronic messagingserver 120 can infer that a new message from sender 112 is likelyurgent.

In step 425, electronic messaging server 120 can analyze one or moreother external factors that are indicative of a context of theelectronic message. For example, electronic messaging server 120 cananalyze one or more calendars associated with sender 112 and/orrecipient 114, and determine if the acquired message is associated withany upcoming appointments or events in the one or more calendars. Forexample, electronic messaging server 120 can determine whether sender112 and recipient 114 are listed as participants in a teleconferencescheduled to begin proximate to a timestamp of the acquired electronicmessage. As another example, if sender 112 is a coworker or familymember to recipient 114, and sender 112 is scheduled to attend a work orfamily event proximate to the acquired electronic message timestamp,electronic messaging server 120 can determine that recipient 114 islikely involved in the scheduled event, and that the electronic messageis urgent based on the upcoming event.

As another example, sender 112 may be at a critical meeting with apotential business partner, and electronic messaging server 120 candetermine, based on an event entry in a calendaring system, that sender112 is attending a meeting tagged as having high importance at the timeof sending the acquired electronic message. If recipient 114 is alsoidentified as an attendee of the meeting in the event entry, thenelectronic messaging server 120 can determine that the electronicmessage has a similar urgency or importance index as that of the meetingof which both sender 112 and recipient 114 are attendees. Thus,electronic messaging server 120 can associate recipient 114 with a knownevent for sender 112, or associate the acquired electronic message witha known urgency or importance index for a scheduled event.

Referring still to step 425, in some embodiments electronic messagingserver 120 can determine a context of the acquired electronic messagebased in part on a location of sender 112 and sender messaging device110 at the time the electronic message was sent. In such embodiments,the context for the electronic message is a geo-location associated withthe electronic message and the level of urgency that the geo-locationimplies. For example, electronic messaging server 120 can receive timestamped location data associated with sender messaging device 110 usingone or more known locating methods such as Global Positioning System(GPS) or cellular triangulation tracking. Electronic messaging server120 can determine the location of sender 112 at the time the acquiredelectronic message was sent by comparing a timestamp of the electronicmessage to the time stamped location data. Electronic messaging server120 can then determine whether sender 112's location is associated witha determinable context, by identifying a name or type of the location.For example, if the determined location is a hospital or a child'sschool, electronic messaging server 120 can determine that theelectronic message is probably urgent or associated with an emergencyrequiring recipient 114's immediate attention.

Referring still to step 425, in some embodiments electronic messagingserver 120 can receive biometric measurement data from one or morebiometric devices associated with sender 112, such as wearable fitnessor health management devices capable of detecting one or more of anelevated heart rate, blood pressure level, elevated galvanic skinresponse, pupil dilation, increased breathing rate, or any otherbiometric measurement indicative of a stress level of sender 112 at thetime of creating and sending the electronic message. Electronicmessaging server 120 can analyze the biometric data to determine astress level of sender 112, and determine a context of the electronicmessage based on the determined stress level.

Additionally, a messaging system could potentially monitor the speedwith which the sender is compiling an electronic message thisinformation could be conveyed along with the electronic message as anattribute that can be optionally used by other systems to perform aricher analysis of the electronic message. To this end, qualities of thesender at the time of formulating a electronic message can be recordedand encoded into the electronic message as attributes, such qualitiesincluding a measurement of stress level as determined from biometricsensors that may be tethered to a mobile device being used to send theelectronic message, and such biometric sensors including wearablefitness or health management devices that measure heart rate, bloodpressure, or other properties of the sender.

After completing at least one of steps 421-426, method 400 proceeds to430, an example embodiment of which is illustrated in FIG. 4C, to assignan urgency level to the electronic message based on the determinedattribute.

As shown in FIG. 4C, in step 432 electronic messaging server 120receives information associated with the determined attribute from step420. In some embodiments, electronic messaging server 120 performs bothsteps 420 and 430. In other embodiments, sender electronic messagingdevice 110 determines the electronic message attribute, and transmitsthe associated information with the outgoing electronic message. In someembodiments, the associated information includes, for example, an indexof the characters, letters, symbols, numbers, words, and phrases in theelectronic message (the “content”), and determined circumstances orinferences associated with one or more words, numbers, or objectsincluded in the electronic message (the “context”), as determined instep 420.

Electronic messaging server 120 analyzes the determined attribute, suchas a determined content/context, using one or more of natural languageprocessing (step 434), learning system processing (435), and/or contentcues processing (436) to determine a level of urgency associated withthe electronic message. For example, in some embodiments electronicmessaging server 120 analyzes sentences in the electronic message toascertain the tone of the electronic message using natural languageprocessing (434). Electronic messaging server 120 can perform steps 434,435, and/or 436 simultaneously in parallel (as shown in figure), orsequentially in series (not shown in figure). In some embodiments,electronic messaging server 120 also identifies cue words from theelectronic message content, which can identify the electronic message asurgent. Electronic messaging server 120 can also automatically updateits analysis methods using previous success rates for determiningelectronic message urgency (learning system processing 435), to improveaccuracy in identifying cue words, sentences, and symbols.

In step 438, electronic messaging server 120 determines an urgency indexfor the acquired electronic message, based on the analyses performed insteps 434, 435, and/or 436, and based in part on one or more analysisresults from steps 421- 426. In some embodiments, to determine anurgency index, electronic messaging server 120 can score one or more ofcue words or symbols in the electronic message, circumstances (contexts)inferred from the electronic message content, or external factorsassociated with the electronic message. In other embodiments, electronicmessaging server 120 can apply one or more rule sets to the analysisresults, to determine an urgency index for the electronic message. Insome embodiments, the urgency index is a relative numeric value on anurgency scale, such as “1-10,” where 10 is the highest urgency level and1 is the lowest urgency level. In other embodiments, the urgency indexis a qualitative label such as “low urgency,” “medium urgency,” and“high urgency.” Various forms of urgency indexes may be assigned to theelectronic message, as long as electronic messaging server 120 canascertain an appropriate response time period related to the electronicmessage attribute.

In some embodiments, electronic messaging server 120 can also analyzeone or more previous communications from sender 112, to detect one ormore patterns indicative of an elevating of level of urgency. Forexample, electronic messaging server 120 can determine that sender 112has sent an abnormally high number of messages within a particulartimeframe, or that sender 112 has recently resent a previous electronicmessage, either exactly or in a paraphrased or otherwise repeated form,indicating that sender 112 is sending frequent repeated requests for aresponse from recipient 114. In such embodiments, electronic messagingserver 120 can increase an urgency level of the acquired electronicmessage to reflect sender 112's behavior patterns.

After determining an urgency index (step 438), method 400 proceeds tostep 440, and provide the electronic message for delivery to recipientelectronic messaging device 130. In some embodiments having an alternateorder of method 400 steps, electronic messaging server 120 can performstep 430 immediately after the electronic message is delivered.

FIG. 4D illustrates an example of step 450, in which electronicmessaging server 120 monitors recipient 114 presence by monitoringrecipient electronic messaging device 130.

In step 451, electronic messaging server 120 determines a wait time,such as a response time period associated with the electronic message.In some embodiments, a length of the wait time is inverselyproportionate to the determined electronic message urgency. For example,electronic messaging server 120 can determine a five minute wait timefor an electronic message that is not urgent, and can determine a 15second wait time for an electronic message that is very urgent. Thus, asurgency level increases, wait time can decrease.

In step 452, electronic messaging server 120 determines one or moreconditions for monitoring recipient electronic message device 130. Insome embodiments, monitor conditions include, for example, types ofactivity and environmental data to collect and analyze for recipientelectronic messaging device 130. Monitor conditions may be determinedbased on the capabilities of recipient electronic messaging device 130,predefined preference settings by sender 112, and/or predefinedpreference settings by recipient 114.

In step 453, electronic messaging server 120 runs a timer to count upfrom zero to the determined wait time, or down from the determined waittime to zero.

In step 454, electronic messaging server 120 determines whetherrecipient 114 has sent a reply electronic message from recipientelectronic messaging device 130. If a reply electronic message has beensent (“yes” in step 454), method 400 ends, because recipient 114 repliedto sender 112 within the wait time corresponding to the electronicmessage urgency level, and thus recipient 114 is considered“present/available.” If a reply electronic message has not been sent(“no” in step 454), then method 400 proceeds to detect recipientelectronic messaging device 130 usage (step 455), and detect theenvironment around recipient electronic messaging device 130 (step 456).

In step 455, electronic messaging server 120 collects activity data fromrecipient electronic messaging device 130 corresponding to device usageoccurring after delivery of the electronic message and during the waittime period such as, for example, keystrokes and input received onrecipient electronic messaging device 130 from recipient 114, phonecalls placed, phone calls answered, other electronic messages answeredor sent, and any other activities recipient 114 manually performs onrecipient electronic messaging device 130 during the wait time period.In some embodiments, electronic messaging server 120 can receiveactivity data indicative of the typing speed or message length for oneor more messages created and sent by recipient 114. If recipient 114 isresponding to other messages or creating new outgoing messages that arevery short or typed very quickly, recipient 114 could be preoccupied,busy, or otherwise unable to respond to the delivered electronicmessage. Corresponding activity data can allow electronic messagingserver 120 to determine recipient 114's level of attention or care givento other electronic messages, to estimate whether recipient 114 is toobusy to respond.

In step 456, processor 456 collects environment data detected by one ormore sensors 325 in recipient electronic messaging device 130.Environment data includes data about the surroundings of recipientelectronic messaging device 130 during the wait time period such as, forexample, an ambient light level, ambient noise level, In someembodiments device environment data also includes movement datacollected from one or more activity sensors 325 in recipient electronicmessaging device 130. For example, accelerometer, and GPS data detectedby one or more sensors 325 indicates movement of the recipientelectronic messaging device 130 and/or movement of the environmentaround recipient electronic messaging device 130 such as a moving car.Movement data may also indicate an orientation or altitude of recipientelectronic messaging device 130.

In some embodiments, environment data can include data gathered from oneor more biometric devices in communication with recipient messagingdevice 130, such as a heart rate sensor, posture sensor, pedometer,blood pressure monitor, galvanic skin response sensor, pulse oximetrysensor, and other sensors or devices capable of collecting andtransmitting biometric data about recipient 114. In some embodiments, awearable device can collect data related to recipient 114's level ofalertness or sleep patterns throughout the day.

In step 457, electronic messaging server 120 compiles collectedmonitoring data, including device usage data and environmental data, andelectronic messaging server 120 determines whether the wait time periodhas expired (step 458). If the wait time is reached and the wait timeperiod has expired (“yes” in step 458), method 400 proceeds to step 460.If the wait time has not been reached and the wait time period has notexpired (“no” in step 458), then method returns to step 453, in whichthe timer continues to run, and electronic messaging server 120 repeatssteps 454-458, until the wait time period expires.

As illustrated in the example embodiment of FIG. 4E, in step 460,electronic messaging server 120 determines a presence status ofrecipient 114. Processor employs one or more analyses to determine apresence status, such as analyzing monitoring data (step 462), analyzingtiming of monitoring data (step 464), detecting patterns (step 466),and/or comparing monitoring data to thresholds (step 468).

In step 462, electronic messaging server 120 analyzes the compiledmonitoring data, such as by entering the monitoring data into one ormore computer models, or applying one or more rule sets to themonitoring data. Electronic messaging server 120 also determines whetherrecipient 114 performed any activity on recipient electronic messagingdevice 130, such as performing an action associated with the attributeof the electronic message, or contacting a third party responsive to theelectronic message, indicative of presence or absence, depending on thedetermined attribute of the electronic message. For example, if anurgent electronic message includes the phrase “call 911,” and recipientcalls 911 during the wait time period (but does not respond directly tothe electronic message), electronic messaging server 120 can determinethat recipient 114 is present because monitoring data indicated thatrecipient 114 acted in a manner responsive to the attribute of theelectronic message. As another example, if an electronic message reads“I need a contract printed ASAP in a meeting room,” a detected activityof printing a document from recipient messaging device 130 can indicatethat recipient 114 is “available” and acting in response to the receivedelectronic message.

In embodiments where monitoring data includes biometric data measuredfrom recipient 114, electronic messaging server 120 can analyze thebiometric data to determine whether recipient 114 is highly physicallyactive, stressed, or sleeping. In some embodiments, electronic messagingserver 120 can determine a sleep and/or activity pattern of recipient114 over a period of time, to identify one or more time periods duringwhich recipient 114 is usually sleeping or exercising, and is likelyunavailable.

In some embodiments, electronic messaging server 120 can also utilize adetermined sleep or activity pattern to modify a determined wait time(referring to step 451 in FIG. 4D). For example, electronic messagingserver 120 can determine a longer wait time when recipient 114 isexpected to be sleeping or exercising, based on the determined sleep oractivity patterns. In such embodiments, electronic messaging server 120can determine an appropriate wait time period based upon both an urgencylevel of an acquired electronic message, as well as recipient 114'scurrent alertness or distraction level related to sleeping orexercising, respectively.

As another example, if recipient 114 is determined to be awake based onmonitored biometric data, then electronic messaging server 120 candetermine how near recipient 114 is to an expected sleeping time, basedon historic sleeping patterns, and can increase a determined wait timeperiod to compensate for an expected decreased level of alertness and alikely slower response, and to allow recipient 114 more time to respondbefore determining that recipient 114 is not present.

In step 464, electronic messaging server 120 analyzes the timing ofmonitoring data, such as by analyzing timestamps attached to particulardata points, to ascertain the amount of activity or changes in theenvironment occurring immediately after the recipient electronic messagedevice 130 received the electronic message, and the amount of activityand environment changes occurring at various times during the wait timeperiod.

In step 466, electronic messaging server 120 detects patterns in themonitoring data, which may be indicative of recipient's presence orabsence. Electronic messaging server 120 can recall historic monitoringdata for recipient 114, and identify patterns of monitoring dataindicative of the recipient being “present” and “not present.”Electronic messaging server 120 can then analyze current monitoring datato determine whether any historic patterns are exhibited. In someembodiments, patterns may include sequences of activities, ambientnoise, ambient light, acceleration, deceleration, altitudes, keystrokeinputs, locations, and any other metrics detected by sensors 325 and/orderived from the monitoring data. In some embodiments, server 120 storescurrent and historic monitoring data in database 150 for regressionanalysis and for analysis to improve accuracy.

In step 468, electronic messaging server 120 compares monitoring data toone or more thresholds, such as comparing activity data to a thresholdamount above which the recipient 114 is considered “present” and belowwhich the recipient 114 is “not present.” As another example, electronicmessaging server 120 can determine whether recipient 114 answered aminimum threshold number of electronic messages during the wait timeperiod, or initiated a minimum threshold number of new electronicmessages during the wait time period, electronic messaging server 120can determine that recipient 114 is “present.”

In step 469, electronic messaging server 120 assigns a presence statusfor recipient 114, based on the analyses performed in steps 462-468. Insome embodiments, electronic messaging server 120 combines results fromdifferent analysis steps and applies additional logic. For example, ifmonitoring data indicates an above-normal amount of movement, but deviceusage data indicates that recipient 114 performed no functions duringthe wait time period, electronic messaging server 120 can determine thatrecipient 114 is traveling, such as in a vehicle, and is likely “notpresent.” Based on the results of the analyses steps 462-468 andoptional additional combination analyses, electronic messaging server120 determines a presence status. In some embodiments, electronicmessaging server 120 performs a quantitative analysis by scoring theresults of the analyses and compares the score to an associative array,thresholds, or rule sets. In other embodiments, electronic messagingserver 120 performs a qualitative analysis to determine a presencestatus based on the analyses results.

In some embodiments, electronic messaging server 120 selectively assignsa presence status based in part on a determined topic of the receivedelectronic message. For example recipient 114 can choose to not engagein responding to an electronic message related to a certain topic, suchas a business or work matter, and electronic messaging server 120 candetermine that recipient 114 is not present to sender 112 and othersenders who are identified by electronic messaging server 120 as beingwork colleagues of recipient 114. Thus, electronic messaging server 120can indicate that recipient 114 is present to some people (such asfamily members), and not present to others (such as coworkers).

After assigning a presence status (step 469), method 400 proceeds tostep 470, in which electronic messaging server 120 provides anindication of the presence status to sender electronic messaging device110 (described in detail with respect to FIG. 4A).

Those skilled in the relevant arts would recognize that theattribute-based presence determination methods and systems describedherein could be used for purposes other than text-based electronicmessages such as emails, instant electronic messages, and SMS electronicmessages. For example, the systems and methods could be used inconjunction with voice-based electronic messages such as voicemails,including performing voice recognition analyses on a voicemail from asender, and determining an attribute such as a content and/or context ofthe voicemail to assign an urgency level for the voicemail.

The foregoing description has been presented for purposes ofillustration. It is not exhaustive and is not limited to the preciseforms or embodiments disclosed. Modifications and adaptations of theembodiments will be apparent from consideration of the specification andpractice of the disclosed embodiments. For example, the describedimplementations include hardware and software, but systems and methodsconsistent with the present disclosure can be implemented as hardwarealone.

Computer programs based on the written description and methods of thisspecification are within the skill of a software developer. The variousprograms or program modules can be created using a variety ofprogramming techniques. For example, program sections or program modulescan be designed in or by means of Java, C, C++, assembly language, orany such programming languages. One or more of such software sections ormodules can be integrated into a computer system, non-transitorycomputer-readable media, or existing communications software.

Moreover, while illustrative embodiments have been described herein, thescope includes any and all embodiments having equivalent elements,modifications, omissions, combinations (e.g., of aspects across variousembodiments), adaptations or alterations based on the presentdisclosure. The elements in the claims are to be interpreted broadlybased on the language employed in the claims and not limited to examplesdescribed in the present specification or during the prosecution of theapplication, which examples are to be construed as non-exclusive.Further, the steps of the disclosed methods can be modified in anymanner, including by reordering steps or inserting or deleting steps. Itis intended, therefore, that the specification and examples beconsidered as non-limiting, with a true scope and spirit being indicatedby the following claims and their full scope of equivalents.

1.-20. (canceled)
 21. A method for determining a presence status of anelectronic message recipient, the method comprising: acquiring anelectronic message from a sender; determining an attribute of theelectronic message; providing the electronic message for delivery to areceiving device associated with the recipient; monitoring activity ofthe receiving device after the electronic message is delivered; anddetermining a presence status of the recipient based on the determinedattribute and the monitored activity.
 22. The method of claim 21,wherein the monitored activity corresponds to an input from therecipient to the recipient device in associated with the acquiredelectronic message.
 23. The method of claim 22, wherein the input isassociated with one or more of creating a response to the electronicmessage, performing an action associated with the determined attributeof the electronic message, or contacting a third party.
 24. The methodof claim 21, wherein the determined attribute comprises at least one of:a content of the electronic message, and the content comprises one ormore words or numbers included in a body of the electronic message; acontext of the electronic message, and the context comprises acircumstance or inference associated with one or more words or numbersincluded in a body of the electronic message; or an urgency flagassigned to the electronic message by the sender.
 25. The method ofclaim 21, wherein the determined attribute is based in part on arelationship between the sender and the recipient.
 26. The method ofclaim 21, wherein the determined attribute is based in part on acalendar event associated with the sender.
 27. The method of claim 21,wherein the determined attribute is based in part on a pattern detectedin a plurality of previous communications created by the sender.
 28. Themethod of claim 21, wherein the determined attribute is based in part ona stress level determined for the sender.
 29. A non-transitorycomputer-readable medium storing instructions that are executable by atleast one processor of a device to cause the device to perform a methodfor determining a presence status of an electronic message recipient,the method comprising: acquiring an electronic message from a sender;determining an attribute of the electronic message; providing theelectronic message for delivery to a receiving device associated withthe recipient; monitoring activity of the receiving device after theelectronic message is delivered; and determining a presence status ofthe recipient based on the determined attribute and the monitoredactivity.
 30. The non-transitory computer readable medium of claim 29,wherein the monitored activity corresponds to an input from therecipient to the recipient device in associated with the acquiredelectronic message.
 31. The non-transitory computer readable medium ofclaim 30, wherein the input is associated with one or more of creating aresponse to the electronic message, or contacting a third party.
 32. Thenon-transitory computer readable medium of claim 29, wherein thedetermined attribute comprises at least one of: a content of theelectronic message, and the content comprises one or more words ornumbers included in a body of the electronic message; or a context ofthe electronic message, and the context comprises a circumstance orinference associated with one or more words or numbers included in abody of the electronic message.
 33. The non-transitory computer readablemedium of claim 29, wherein the determined attribute is based in parton: a calendar event associated with the sender; a pattern detected in aplurality of previous communications created by the sender; or a stresslevel determined for the sender.
 34. A system for determining a presencestatus of an electronic message recipient, the system comprising: one ormore memories having stored thereon computer-executable instructions;and one or more processors configured to execute the stored instructionsto: acquire an electronic message from a sender; determine an attributeof the electronic message; provide the electronic message for deliveryto a receiving device associated with the recipient; monitor activity ofthe receiving device after the electronic message is delivered; anddetermine a presence status of the recipient based on the determinedattribute and the monitored activity.
 35. The system of claim 34,wherein the monitored activity corresponds to an input from therecipient to the recipient device in associated with the acquiredelectronic message.
 36. The system of claim 35, wherein the input isassociated with one or more of creating a response to the electronicmessage, or contacting a third party.
 37. The system of claim 34,wherein the determined attribute comprises at least one of: content ofthe electronic message, and the content comprises one or more words ornumbers included in a body of the electronic message; or a context ofthe electronic message, and the context comprises a circumstance orinference associated with one or more words or numbers included in abody of the electronic message.
 38. The system of claim 34, wherein thedetermined attribute is based in part on a calendar event associatedwith the sender.
 39. The system of claim 34, wherein the determinedattribute is based in part on a pattern detected in a plurality ofprevious communications created by the sender.
 40. The system of claim34, wherein the determined attribute is based in part on a stress leveldetermined for the sender.